Stand hose-pipe



(No Model.) 3 Sheets-Sheetvl.

V B. HOLLAND, Jr.

' STAND HDSE PIPE. N0..255,430. P atentednMar. 28.1882.

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(No Model.) 3 Sheets-Sheet, 2.

B. HOLLAND, Jr.

STAND HOSE PIPE. No. 255,430. Patented Mer. 28,1882.

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(No Model.) a sheets-sheets. B.HoLLAND,Jr.

STAND HOSE PIPE.

10.255.430 Patented Mar.28,1882,

129.4. Inventor:

UNITED STATESf PATENT OFFICE..

BENJAMIN HOLLAND, JR., OF NEWPORT, RHODE ISLAND, ASSIGNOR TO THOMAS S. NOWELL, TRUSTEE, OF BOSTON, MASSACHUSETTS.

STAND HOSE-PIPE.

SPECIFICATION forming part of Letters Patent No. 255,430, dated March 28, 1882.

Application ilcd February 6, 1882. (No model.)

To all whom 'it may concern:

' Be it known that I, BENJAMIN HOLLAND, Jr., of Newport, in the county of Newport and State of Rhode Island, have invented certain new and useful Improvements in Stand Hosehose; and it consists, first, in the combination srs of a discharge-pipe bifurcated or divided into two branches at its butt or rear end, and pivoted by said branches to a three-way section, a stationary base-section provided withtwo inlet-orifices and means of coupling thereto two or more lines of hose, and means of connecting said three-way and base sections together in such a manner that the former may be revolved upon the latter, as will be more fully described. I lt further consists in a novel method of mounting the three-way section upon the basesection, whereby the pressure of the water passing through said three-way section acts thereon in opposite directions, and thus equalizes the pressure upon the bearin g upon or about which `said three-way section revolves, and reduces the friction of said bearing, and consequently' the labor required ior operating and controlling the hose-pipe.

It further consists in the combination of a l base-section having a vertical opening through it and provided with two inlet passages or nozzles and means of connecting thereto two or more lines of hose, a three-way section fitted to a short cylindrical bearing upon the upper sident'. said base, 'a curved disk or head tted to a circular bearing in the lower portionof said base beneath the inlet-passages, suitable flexible packing-rings adapted to be pressed by the water hard upon thejoints of said bearings, and a tie-bolt connecting said curved diskv with the three-way section in such a manner that said disk may be adjusted toward or from said three-way section for the purpose of tightening or loosening the bearing, and at the same time be compelled to revolve with the three-way section and serve to resist the upward pressure of the water upon the threeway section.

lt further consists in the combination ot' a stationary base provided with two inlet-passages communicating with two or more lines of hose, and with a partition dividing the lower portion of the interior ot said base-section into two parts, a three-way pipe-section, a curved disk or head, and a bolt and suitable nuts for connecting said disk or head to the three-way section in such a manner that itmust revolve therewith.

It further consists in a novel arrangement of t-he packing for rendering the joint between the stationary base and the revolving threeway section water-tight, and in a novel construction and arrangement of lsome of the parts, which will be best understood by reference to the description of the drawings and the claims to be hereinafter given.

Figure l of the drawings is a side elevation ot' my improved stand hose-pipe. Fig. 2 is a central vertical section. Fig. 3 is a partial vertical section of same on line :cx on Fig. 2. Fig. 4 is a sectional plan, the cutting-plane of that portion below the center line being on line y y on Fig. 2 and that above the center line on line zz on Fig. 2. Fig. 5 isa plan cfa three-branch pipe, illustrating themethod of connecting a series of hose to the stationary base; and Fig. 6 is a longitudinal section of same on lille c e.

A is the base-ring, provided with the flange A', by which it is secured to the platform B ot' a suitable carriage, and having a vertical opening through it and two inlet passages or nozzles, A? A2, each adapted to receive the large end ofthe three-branch pipeA3, to'each ot' the small branches of which is secured a plug cock or val-ve, a, which is provided with a screwthread, a, to receive a female coupling-ring, b, of aline of hose, O, as shown in Figs. 5 and 6. The base-ring A is also provided with a partition', c, which divides its lower portion into two parts, and the annular bearin g shoulders or surfaces d and d', the purpose of which will presently appear.

D D is a three-way pipe-section, made for conveniencein two parts and bolted together,

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and provided with thev annular lip e, which embraces the upper cylindrical portion of the base A and rests upon the bearing-surface (l, the part D' being curved, so as to turn the water from a vertical to a horizontal direction.

E is a disk or head fitted to the circular opening in the lower portion of the base A, and bearing around its outer edge upon the shoulder or bearing-surface d' of the base A, and having its central portion curved upward, as shown in Fig. 2, and having secured thereto the bolt F, the upper end of which is provided with a male screw-thread and the nutsfandf', by which it is secured to the upper part of the part D' ofthe three-way pipe-section, as shown.

The partition c has its lower edge nished to fit nicely to the finished curved upper or inner surface of the disk E, and serves to keep the streams of water entering said base separate till they are turned in an upward direction.

A fiexible packing-ring, g, of leather` or other suitable material, is inserted in a groove formed in the inner periphery of the base just above the outer portion of the disk E, and projects inward in a horizontal direction across the joint formed between said disk and base, as shown in Fig. 2.

An annular groove, h, is formed in the upper end of the cylindrical portion of the base A, into which is titted closely the packing-ring h', of leather or other fiexible material, which projects upward above the top of said base in the form of a short cylinder, and laps over the joint between the top of said base and the shoulder i of said three-way pipe-section, an annular groove, i', being formed in the lower end of said three-way section, into which said packing-ring h' projects and fits loosely, said groove -i' being so formed that the water will enter between its inner wall and said packing-ring, and thus press said ring outward, to insure a perfect packing of thejoint.

G is a bifurcated pipe, made up of four sections, F', F', F2, and F3, constructed substantially as described in a prior application of mine filed in the Patent Office at Washington, District of Columbia, August l1, 1881, and connected to the three-way pipe-section D by means oi' the bolt G' and nut Gi2 in the same manner as described in said prior application. A packing-ring, k, of leather or other suitable exible material, is placed between the circular iange of each of the branches F' F' of the pipe Gand the ends of the horizontal portion of the three-way section, and secured in position by the ring l, firmly screwed to said threeway section, as shown in Fig. 1. One of the sections or branches, F', of the bifurcated pipe G has formed thereon a hub or boss, m, to which is firmly secured the segment ofa wormwheel, H, with which the worin I, mounted on the shaft I', engages to impart a vibratory motion to the pipe G about the axis of the bolt G', said shaft l' being mounted in bearings in the stand J, secured to the three-way pipe-section D D', and provided with the hand wheel or crank K, by which it may be revolved.

Lis a lever, also bolted to the three-way pipesection I) D', by means of which said section may be revolved around the axis ofthe bolt F.

M is a segmental guide, secured upon the carriage-platform B and provided with the groove a, into which is fitted the lip o, secured to the three-way pipe-section D, said guide and lip serving as an additional support and guide for said three-way pipe-section in its movements aboutl the axis of the bolt G'.

It is a well-known fact that in discharging water under pressure from a hose-pipe a reactionary effect is produced upon said pipe, which tends to force. the pipe from the hands of the hosemen toward the rear, and that said reactionary force is increased with the increase of the size of stream discharged it the pressure is maintained.

1 have found by actual 'test that in using my bifurcated pipe in combination with the threeway section the objectionable reactionary force is overcome or counteracted whenever the stream is discharged in a direction in line with the movement ofthe current ofthe waterjust before it is divided in the three-way section to be forced through the two arms of the bil'urcated pipe, but that said force appears and asserts itself' whenever the discharge-pipe is so held as to deliver the stream in a direction at right angles, or nearly so, to the direction of the current of waterjust before itis divided in the three-way section, as above described. 'lo obviatc as much as possible the objectionable features ot' this reactionary force, I have provided the three-way section D D' with the quarter turn or bend, so that the current of waterjust before being divided in said threeway section to pass into the branches F' F' of the pivoted pipe G shall move in a horizontal direction, and by impinging upon the end wall of said section counteract the reactionary force caused by the discharge of the water from the nozzle of the pipe when said pipe is so held as to direct its streams horizontally, or nearly so, and so that the recoil caused bythe discharge of the stream from the nozzle when the pipe is turned at right angles, or nearly so, to the direction of the current of water just before it is divided in the three-way section, as before described, shall be received by the carriage and transmitted through it to the ground, thereby making it much easier to hold the pipe in the desired position.

By the employment of this improved stand hose-pipe 1 am enabled to concentrate and direct to any desired point a very powerful stream of water without requiring the services of several men to hold and control the pipe, as is the case with the pipes noWin use.

The construction of this apparatus is such that the pressures are to a great extent equalized, and hence the pipe Gr may be moved about its pivotal axis and revolved about a IOS IIO

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255,430 p i s vertical axis with the three-way section with comparative ease, and said pipe may be maintained at any desired angle of elevation or pointing to any point of the compass by one man, while it discharges a stream of water three inches in diameter.

What I claim as new, and desire to secure by Letters Patent ot' the United States, is

1. The combination of the bifurcated hosepipe G, the three-way section D D',the stationary base A, provided with two inlet-passa ges, and means of coupling thereto two or more lines of hose, and means of securing the base and three-way sections together and permitting the latter to be revolved upon the former, substantially as and for the purposes described.

2. The base A, provided with two inlet-passages, A', and the two annular shoulders d and d', in combination with a three way section connected to said base by virtue of bearings upon said shoulders d and d', and adapted to be revolved thereon, substantially as and for the purposes described.

3. The combination ofthe base A, provided with the annular shoulders d and d', and two inlet-passa ges communicating with two or more lines of hose, the three-way section D D', the curved disk or head E, the packing-rings g and h', and the bolt F and nutsfand f', all arranged and adapted to operate substantially as and for the purposes described.

4. The stationary base A, provided with the annular groove h, the packing-ring h', secured in said groove, the` three way section D D', tted to and having a bearing upon the upper portion of said base, and provided with the annular groove i', to receive the/upper edge of said packing, all constructed, arranged, and combined to operate substantially as and for the purposes described.

5. The combination of the base A, three-way section D D', the bifurcated pipe G. the wormwheel segment H, and the worm I, all arranged and adapted to operate substantially as and for the purposes described. Y Y

6. The base A, provided with two inlet-passages communicating with two orv more lines of hose, and the partition c, in combination with the three-way pipe-section D D', the curved disk or head E, the bolt F, and the nutsf and j", all constructed, arranged, and adapted to operate substantially as described.

7. The combination of the stationary base A, the three-way section D D', provided with a quarter turnor bend, as `set forth, and the bifurcated discharge-pipe G, all arranged and adapted to operate substantially as described.

8. The combination of the platform B, the base A, and segmental guide M, secured thereon, the three-Way section D D', provided with a quarter turn or bend, the bifurcated pipe G, and the supporting and guiding lip o, all arranged and adapted to operate substantially as described. p

Executed at Boston,Massachusetts, this 4th day of February, A. D. 1882.

' BENJAMIN HOLLAND, JR.

In presence ofl E. A. HEMMENWAY, WALTER E. LOMBARD. 

